L
larspeterras
Guest
Hi, just started playing this new mod, but im havining trouble finding a block that convert power from RF to EU, and other power types.
Any Surgestions?
Any Surgestions?
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That’s really not a thing anymore.
Forestry (if it’s in Revelation) MAY still have the Electrical Engine which converts EU to MJ; MJ might still interconvert with RF, I’m not sure.
Otherwise you’re probably looking at secondary fuels; so for example turning RF into lava (using a magma crucible and an igneous extruder producing cobblestone to go in the crucible) and then lava into EU.
Forestry (if it’s in Revelation) MAY still have the Electrical Engine which converts EU to MJ; MJ might still interconvert with RF, I’m not sure.
Otherwise you’re probably looking at secondary fuels; so for example turning RF into lava (using a magma crucible and an igneous extruder producing cobblestone to go in the crucible) and then lava into EU.
AFAIK, there's no straight conversion for RF -> EU. Lava, though possible, is incredibly lossy.
What I did was get far enough using standard IC2 generators to make a macerator and a semi-fluid generator. Then, on the RF side, a carrot farm (garden cloches work well, or you can use phytogenic insolators from Thermal Expansion), an alchemical imbuer, and several fractionating stills. The process goes...
RF + regular phytogro -> carrots (Insolator, using a monoculture cycle specialization augment, also uses water)
Carrots -> biochaff (macerator)
Bio chaff -> biomass (alchemical imbuer, add water)
Biomass -> biogas (fractionating stills)
Biogas -> EU (semi-fluid generator)
This produces an insane amount of biogas, so I worked out the rough numbers for late-game EU generation using this method. This assumes all TE machines are resonant, with the maximum amount of auxiliary reception coils.
1 Insolator supports two macerators, each with 6 overclocker upgrades
Those macerators support 1 imbuer.
That supports 20 stills.
Those can fill, if my math is right, 1160 semi-fluid generators.
That'll produce an insane 18k EU/t for a measly 12k RF/t.
Need more RF and less EU (YES)? Feed some of the biogas and water into compression dynamos, and reduce the number of semi-fluids.
Of course, these numbers are old and may have been rebalanced. Also, the two-minute MFSU charge time comes at the cost of an absolutely massive amount of iron. Some tin, too, but mostly iron.
What I did was get far enough using standard IC2 generators to make a macerator and a semi-fluid generator. Then, on the RF side, a carrot farm (garden cloches work well, or you can use phytogenic insolators from Thermal Expansion), an alchemical imbuer, and several fractionating stills. The process goes...
RF + regular phytogro -> carrots (Insolator, using a monoculture cycle specialization augment, also uses water)
Carrots -> biochaff (macerator)
Bio chaff -> biomass (alchemical imbuer, add water)
Biomass -> biogas (fractionating stills)
Biogas -> EU (semi-fluid generator)
This produces an insane amount of biogas, so I worked out the rough numbers for late-game EU generation using this method. This assumes all TE machines are resonant, with the maximum amount of auxiliary reception coils.
1 Insolator supports two macerators, each with 6 overclocker upgrades
Those macerators support 1 imbuer.
That supports 20 stills.
Those can fill, if my math is right, 1160 semi-fluid generators.
That'll produce an insane 18k EU/t for a measly 12k RF/t.
Need more RF and less EU (YES)? Feed some of the biogas and water into compression dynamos, and reduce the number of semi-fluids.
Of course, these numbers are old and may have been rebalanced. Also, the two-minute MFSU charge time comes at the cost of an absolutely massive amount of iron. Some tin, too, but mostly iron.
